首页> 外文期刊>International Journal of Innovative Research in Science, Engineering and Technology >SECTIONAL ANATOMY OF PLASTINATED KNEE JOINT: A BOON FOR RADIOLOGISTS
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SECTIONAL ANATOMY OF PLASTINATED KNEE JOINT: A BOON FOR RADIOLOGISTS

机译:可塑膝关节的断面解剖:放射科医生的福音

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The exact knowledge of the topographical anatomy is not only a pre-requisite but also facilitates accurate clinical diagnosis during MRI, CT and ultrasonography. It becomes more fascinating if the anatomical specimen being used to study is dry, odourless, non toxic and not a wet specimen with formalin fumes. Such specimens can be procured by using a novel processing technique called plastination. Thus the present study was undertaken to prepare coronal and sagittal knee region plastinates for studying sectional anatomy of knee joint and to compare them with MRI images of the same. A total of 4 knee joint specimens were collected, washed, cleaned and fixed in 5% formalin. Coronal (1cm) and sagittal (1 cm) slices were made, plastinated using S-10 silicon technique and compared with MRI images of the same. All the structures were exactly corresponding to the MRI images. Thus plastinated coronal and sagittal sections of the knee are ideal as teaching tool for studying sectional anatomy of knee not only because of their instructional value but their durability, ease of handling, transportation to operation theatre and a ready reference material at the work place.Plastinated knee specimens can serve as excellent educational tool for the undergraduate and postgraduate students of anatomy, radiology and orthopedics as they are dry, odorless, nontoxic with good structural preservation and higher instructional value. Fresh knee region when plastinated were esthetically superior in terms of color, dilatation and flexibility thus making them ideal for teaching and hands-on experience.
机译:对地形解剖学的确切了解不仅是先决条件,而且还有助于在MRI,CT和超声检查过程中进行准确的临床诊断。如果用于研究的解剖标本是干燥,无味,无毒且不是具有福尔马林烟气的湿标本,它将变得更加迷人。这些标本可以通过使用一种称为增塑的新型加工技术来获得。因此,进行本研究以制备冠状和矢状膝区塑化剂,以研究膝关节的局部解剖并将其与相同的MRI图像进行比较。总共收集,洗涤,清洗并固定在5%福尔马林中的4个膝关节标本。制作冠状(1cm)和矢状(1cm)切片,使用S-10硅技术塑化,并与相同的MRI图像进行比较。所有结构均与MRI图像完全对应。因此,塑化的冠状冠状和矢状切面不仅是指导膝关节解剖学的教学工具,而且具有耐用性,易处理性,易于运送至手术室以及在工作场所方便使用的参考材料等特性,是研究膝部解剖学的理想工具。膝盖标本干燥,无味,无毒,具有良好的结构保存性和较高的教学价值,对于解剖学,放射学和骨科的本科生和研究生而言,它们可以作为极好的教育工具。在塑化时,新鲜的膝盖区域在颜色,膨胀性和柔韧性方面在美学上都优越,因此使其成为教学和动手实践的理想选择。

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